Curved graphene: A possible answer to the problem of graphene's diverging magnetic susceptibility
A study of curved graphene in the presence and absence of a real magnetic field is
conducted to determine the magnetization and magnetic susceptibility. Utilizing a Dirac …
conducted to determine the magnetization and magnetic susceptibility. Utilizing a Dirac …
Atomically thin superfluid and solid phases for atoms on strained graphene
Atoms deposited on atomically thin substrates are a playground for exotic quantum many-
body physics due to the highly tunable, atomic-scale nature of the interaction potentials. The …
body physics due to the highly tunable, atomic-scale nature of the interaction potentials. The …
The emergence of the de Haas van Alphen Effect on the deformed Graphene
A study of strongly curved graphene magnetization and magnetic susceptibility is carried
out. Through a Dirac model complemented with a tight-binding model analysis, we are able …
out. Through a Dirac model complemented with a tight-binding model analysis, we are able …
[PDF][PDF] The emergence of the de Haas van Alphen Effect on the deformed Graphene
A study of strongly curved graphene magnetization and magnetic susceptibility is carried
out. Through a Dirac model complemented with a tight-binding model analysis, we are able …
out. Through a Dirac model complemented with a tight-binding model analysis, we are able …